Abstract: A DB interface is provided between each subscriber database, which stores information associated with each goods including an aesthetic/sensuous attribute unique to each subscriber, and a basic DB, which stores support information for supporting goods planning of each subscriber by electronic processing. The DB interface converts the aesthetic/sensuous attribute to data corresponding to a unified classification and a unified evaluation axis of the basic DB so as to cause the basic DB to fetch the information of each subscriber database as part of the support information.

Abstract: Data of textiles for various types of items offered by a different textile company stored in an integrated database (DR) of a data service company item by item, and data of business results relating to the respective items is also stored therein. Data of business results stored in the integrated DB is renewed based on business data sequentially input from an apparel manufacturer or the textile company. In retrieving textile data from the apparel manufacturer or the textile company, a host computer (integrated database managing system) of data service company retrieves sale data based on the content of the textile in the integrated DB and the content of the business results relating to the content of the textile, and displays the retrieved result on a terminal, which designated the retrieval, that is, a terminal of the apparel manufacturer or a terminal of the textile company.

Abstract: A first terminal data processing unit is arranged in an apparel planning division to process first data necessary to plan an apparel goods. A second terminal data processing unit is arranged in a sewing division to process second data necessary to perform a sewing treatment and management of the apparel goods planned by the apparel planning division. A central data processing unit is connected to the first and second terminal data processing units through communication lines, respectively, and is arranged in an information service division to offer the first and second data to the apparel planning division and the sewing division. A database is connected to the central data processing unit to store at least the first and second data.

Abstract: A delivery service management system utilizes a two-dimensional bar code having key information for specifying the source of a material and content information of this material and attached in a delivery service, a two-dimensional bar code having key information for specifying the source of an item obtained by processing the material and content information of the item and attached in a delivery service, and a two-dimensional bar code having key information for specifying a seller of the item and content information describing a selling condition of the item and attached in a delivery service. Every time a delivery service has occurred between the material system, the processing system, and the selling system, the key information and the content information are received from the two-dimensional bar code to a database. Delivery service information associated with a given source is fed back to the given source represented by the key information from a set of pieces of received information.

Abstract: A data service company comprises an integrated database (DB) in which various business data dispersively kept in each part in an apparel industry including plan, manufacture, and sales relating to a dress as a product and textile raw material as material is integrated and a host computer (integrated database management system) including a computer hardware and a software for retrieving data from the integrated DB in accordance with data service to be provided and for outputting data. There is formed a data service network in which the integrated DB of the data service company is provided as the nucleus, and a plurality of sales companies, that of apparel manufacturers, that of sewing companies and that of textile companies are connected to each other.

Abstract: A scanning tunneling microscope memory apparatus comprises first and second integrated circuit (IC) substrates. First and second cantilevers, which can be moved by piezoelectric elements, are arranged on the first and second IC substrates, respectively. Tunnel current probes are provided on a free end of the first cantilever, and a recording element is provided on a free end of the second cantilever. The first and second cantilevers are spaced from each other and overlap such that the tunnel current probes face the recording element. The first or second substrate includes a charge coupled device (CCD) circuit, a control circuit for controlling the CCD circuit and cantilevers, and a drive circuit having a preamplifier, a write circuit, and a servo circuit.

Abstract: An apparatus for forming a predetermined circuit pattern on a circuit substrate by using a .mu.-STM write head, the .mu.-STM write head comprising a write head substrate having a flat surface, a plurality of micro chip electrodes formed upright on the flat surface of the write head substrate and constituting a .mu.-STM, a level of a distal end of each of the chip electrodes being set to be constant, and scanning means for scanning the micro chip electrodes on the circuit substrate by moving the micro chip electrodes and the circuit substrate relative to each other in two-dimensional directions.

Abstract: A micro scanning tunneling microscope ("STM") arithmetic circuit device comprises an information-rewritable micro STM recording medium and a micro STM recording apparatus which temporarily stores information on the recording medium such that the information can be read as a variation in a tunnel current. The recording apparatus has a probe (probes) for writing/reading information on the recording medium and a scanner for varying a relationship in position between the probe and the recording medium. The micro STM recording apparatus uses a recording medium having a specific format as the micro STM recording medium in which recorded information is read as a variation in a tunnel current. That is, the recording medium has an address area in which address information is recorded and a data area in which data information is recorded.

Abstract: An optical low-pass filter comprising a liquid crystal device or electrooptic device having a birefringent phenomenon and formed so as to be able to vary the birefringent amount of the incident light. This low-pass filter is favorably used to remove the Moire without so much reducing the resolving power in a television camera, electronic camera or fiberscope provided with a solid-state image sensor.

Abstract: A memory device comprises a base plate with a memory element supporting layer, a probe with a pointed tip portion, and a fine scan element for causing the probe to scan over the surface of the memory element supporting layer. When the probe is approached to the surface of the memory element supporting layer and a suitable bias voltage is applied across the probe and the memory element supporting layer, a tunnel current is cause to flow therebetween and a specific region of the surface of the supporting layer is excited. The excited region can adsorb one molecule of, for example, di-(2-ethylhexyl)phthalate. By causing the memory element to be adsorbed selectively on the memory element supporting layer, data is recorded in the form of a projection-and-recess pattern. The recorded data can be read out by observing the surface configuration of the supporting layer in accordance with the principle of an STM (scanning tunneling microscope).

Abstract: A data storage apparatus includes a first lever body having a piezoelectric driving section, and a second lever body which is disposed to separate from and to be perpendicular to the first lever body, and has a piezoelectric driving section. A recording medium is formed on a portion of the second lever body, and records desired data. A plurality of probes are disposed on a portion of the first lever body to oppose the recording medium at a predetermined interval, and detect a change in state at predetermined positions on the recording medium as a change in tunnel current or a change in three-dimensional pattern. A voltage applying circuit alternately applies predetermined voltages to the piezoelectric driving sections of the first and second lever bodies to separately drive the plurality of probes in different directions, thereby three-dimensionally scanning the recording medium.

Abstract: Liquid crystal eyeglasses include a detector for detecting a physical quantity which varies with the temperature of the liquid crystal, the orientation of molecules of the liquid crystal or a change in the refractive index of the liquid crystal. The voltage applied to the liquid crystal is controlled in accordance with an output signal from the detector, thus compensating for a change in the refractive index of the liquid crystal which is attributable to a temperature change and maintaining the refractive index constant.

Abstract: A scanning type tunnel microscope comprises a sample holding member for supporting a sample and a scanning probe which is arranged to face the sample to be separated therefrom by a very small distance and a supported by a scanning probe holding member. A tunnel current is flowed between the sample and scanning probe upon application of a voltage thereacross. A first actuator is coupled to the sample holding member and a second actuator is coupled to the scanning probe holding member so that the first and second actuators relatively drive said sample and said scanning probe in an axial direction and in a planar direction through said sample holding member and said scanning probe holding member. A differential micrometer is connected to the first actuator to move the actuator in the axial direction, and the micrometer and the second actuator are fixed on a substrate.

Abstract: Liquid crystal eyeglasses include a detector for detecting a physical quantity which varies with the temperature of the liquid crystal, the orientation of molecules of the liquid crystal or a change in the refractive index of the liquid crystal. The voltage applied to the liquid crystal is controlled in accordance with an output signal from the detector, thus compensating for a change in the refractive index of the liquid crystal which is attributable to a temperature change and maintaining the refractive index constant.

Abstract: A liquid crystal spectacle includes a pair of liquid crystal lenses and a frame holding the lenses. The frame has a pair of temples and a pair of ear pieces attached individually to the temples. Each ear piece houses a battery for supplying the voltage to the corresponding lens. Each temple houses a regulator circuit for regulating the voltage supplied from the battery to the lens, thereby controlling the refractive index of the lens.